Overview

Automated Microwave Digestion System LMMDS-A102 is designed with 100 ml vessel. It features robust electromagnetic shielding for high microwave leakage protection. Equipped with an advanced turbulent air-cooling mechanism, it ensures fast and efficient post-digestion cooling. Incorporates protective multi-layer coatings that resist corrosion and high temperatures for longer operational life. Our Digestion System processes various samples in labs and industries for trace metal analysis.

Features :

Sample solution scanning

No consumables required

Low maintenance 

User-friendly interface

Pre-installed methods

Editable method programs

Explosion-proof cavity

Specifications :

Vessel Quantity	8
Vessel Volume	100mL
Cavity Volume	35L
Pressure Monitoring	Contactless pressure sensor
Maximum Working Pressure	6MPa
Temperature Monitoring	Contactless IR sensor
Maximum Working Temperature	250℃
Temperature Accuracy	±0.1℃
Display	7 inches Color Touch Screen
Rotation	360° continuous rotation
Microwave Power	0 to 1000W（Adjustable）
Microwave Frequency	2450MHz
Microwave Leakage	Less than or equal to 5mW/cm2
Power	AC 220V±10%, 50/60Hz
Dimension	490×560×533 mm
Weight	40Kg

Optional Accessories :

Model No.	Accessory Name
LMMDS-A102-H1	Heating Block

Applications :

Automated Microwave Digestion System LMMDS-A102 ensures digesting soil, food, biological, pharmaceutical, and chemical samples in research centers, testing labs, environmental agencies, and industrial facilities for trace metal analysis.

Selection Guide :

Automated Microwave Digestion System LMMDS-A102 is designed for high-efficiency sample preparation in applications such as environmental monitoring, pharmaceutical testing, food safety analysis, and metallurgical research. It is suitable for laboratories that require precise digestion of complex samples, such as biological tissues, soil, plant material, polymers, and industrial waste. Backed by research studies, the system supports protocols such as EPA 3051A and 3052 and typically complies with international certifications like ISO 9001 and CE, ensuring quality and regulatory compliance. With features such as automated temperature and pressure control, high digestion temperatures of up to 250°C, and multi-vessel capacity, it provides uniform and reproducible results. This model is best suited for labs that prioritize safety, consistency, and throughput in sample digestion for trace element analysis using techniques like ICP-OES, ICP-MS, and AAS.